This is adapted version of the popular Heavy Duty mount with dual 5015 blowers (https://www.thingiverse.com/thing:2494642) with direct installation E3D Titan Extruder + v6 hotend for CR-10-like printers.
Yes, I know that exist Titan-direct mounts, but my design uses the standard installation of the radiator in the extruder, and not using fittings.
Requires 5 M3 nut&bolts to assemble
The BLTouch mount is rigidly fixed, a hole for the cable is reserved for it
BLTouch Offset: X: -37 Y: -35
This mount uses NEMA 17 21mm-24mm stepper motors, for more thick ones there is a mounting version without a left blower 5015.
For cooling the radiator you can use a standard 30mm fan and 40mm through mine adapter (included).
There is also a * .step file for editing to fit your needs, share your remixes! :D
Updates:
04/28/2020 - Added an adapter for a 40mm fan at an angle (based on https://www.thingiverse.com/thing:506958), extended by 3mm.
05/05/2020 - Moved BLTouch mounting point to X: 23 and Y:-36 offset. Added RCorner_bltouch.stl…

This is hotswap edition of my mount (https://www.thingiverse.com/thing:4316649) - easy to swap between v6 and volcano hotends via 2 M3x30 screws. You don't need to disassemble anymore Titan extruder to swap.
Height of fan ducts from the plane of the nozzle about 2mm.
You should use hotends with only full-metall heatbreaks.
Also you need to install an bowden adapter on titan extruder without PTFE clips and holders.
There is *step file for convenient editing for you purposes and dont't forget to share you remixes :D
You can use any fan mount for heatsink - I use https://www.thingiverse.com/thing:354723
I do not promise that a mounts BLTouch/EZABL/BFPTouch will be added.
Update 09/20/2020 - fixed M3 Nuts holes (added Frame_v2)
Версия моего обдува (https://www.thingiverse.com/thing:4316649) с фунцией "горячей" замены хотендов - достаточно открутить 2 винта и можно заменить на другой хотенд.
Поддерживаются как v6, так и Volcano хотенды.
Высота рукавов обдува от плоскости сопла около 2мм.
Использовать хотенды только…

NOTE: this is a reversed mount, the hotend fan faces RIGHT, not left. I chose this mainly as it places more weight closer to the M5s and it puts the Nozzle a lot closer to its original position on V6/OEM mounts. Meaning less confusion about offsets etc.
Here is my 6-8 month build of a hemera mount
Listed the whole thing as a remix as I copied the slots on the cooling wings
Base Parts Needed, 4 M3x5 and some 4*M3x15 for the fans and 4 similar for an endstop
Printed: 1 of each except 2 M5 washers (also provided)
More M3x5 for the probe mount, and the dual fan spacer is any M3s longer than 12mm
Overall print instructions are
Layer height 0.2mm
No supports, print BP7 (baseplate) upside down and two M5 washers (for the top two M5s)
Use the washers on the top two m5 screws (screw-head) side and DO NOT screw the baseplate onto the gantry yet
Place and hold in 3 M5 nylock (or normal) Nuts into the baseplate
You must use 4 M3x5 screws to screw the back of the baseplate onto the hemera, use a cross screw pattern.
Then…